CN104680593A - Electronic fee collection device, display device, fee collection method and display method - Google Patents

Electronic fee collection device, display device, fee collection method and display method Download PDF

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Publication number
CN104680593A
CN104680593A CN201310630638.9A CN201310630638A CN104680593A CN 104680593 A CN104680593 A CN 104680593A CN 201310630638 A CN201310630638 A CN 201310630638A CN 104680593 A CN104680593 A CN 104680593A
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CN
China
Prior art keywords
display
charging
vehicle
server
information
Prior art date
Application number
CN201310630638.9A
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Chinese (zh)
Inventor
魏骏恺
林育仁
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云创通讯股份有限公司
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Application filed by 云创通讯股份有限公司 filed Critical 云创通讯股份有限公司
Priority to CN201310630638.9A priority Critical patent/CN104680593A/en
Publication of CN104680593A publication Critical patent/CN104680593A/en

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Classifications

    • GPHYSICS
    • G07CHECKING-DEVICES
    • G07BTICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
    • G07B15/00Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points
    • G07B15/06Arrangements for road pricing or congestion charging of vehicles or vehicle users, e.g. automatic toll systems
    • G07B15/063Arrangements for road pricing or congestion charging of vehicles or vehicle users, e.g. automatic toll systems using wireless information transmission between the vehicle and a fixed station

Abstract

The invention relates to a fee collection device and a display device which are applied to electronic fee collection. The fee collection device reads out an identification code of the display device, acquires corresponding user account information and balance information of a deducted user account from a cloud server and sends the balance information to the display device in a vehicle; the display device displays the balance information so as to prompt a user. The invention also provides a fee collection method and a display method. By utilizing the fee collection device, the display device, the fee collection method and the display method, electronic fee collection and balance reminding can be automatically implemented.

Description

Electronic charging device, display device and charging method and display packing

Technical field

The present invention relates to the road mechanics of communication of Internet of Things, particularly relate to a kind of charging device, display device and the method that are applied to electronic charging.

Background technology

Electronic charging (ETC, Electronic Toll Collection) system is used in road that highway or any need carry out charging, bridge, tunnel or import and export usually, Wharf Road, airport roadway etc. that such as gateway, parking lot, lorry need pass in and out, or be used in center, city road and charge.E-payment system generally comprises an electronic tag (eTag) be placed in vehicle windscreen.When the electronic tag on vehicle is through toll site, toll site just can read the relevant identification information that this electronic tag records, thus the date of registration of vehicle process, time and carry out operation of withholing.

But, after the auto deduction performed as above described in method operates to vehicle in toll site, the remaining remaining sum of its personal account of car owner in vehicle, can be reminded without any device.If Sorry, your ticket has not enough value and cannot withhold, unnecessary trouble will inevitably be caused to user's trip, also cannot realize the required automatic portable charging function realized of E-payment system, thus affect the smooth and easy of traffic.

Summary of the invention

In view of above content, be necessary to provide a kind of electronic charging device and method, can read the identifying information of vehicle and carry out auto deduction operation, and the user account remaining sum after withholing is returned to user; In addition, also can according to the automatic value-charging of user's charging request realization to user account.

In view of above content, there is a need to provide a kind of display device and method, user account remaining sum can be shown, and identify that user supplements with money and operates and send charging request.

A kind of electronic toll method, be applied in charging device, described charging device is connected with server, described server is connected with cloud server by network, the registration inventory of vehicle is stored in described server, described cloud server stores identifying information and the user account information of many vehicles, and the method comprises: continue to send radiofrequency signal; Receive the identification code of registration request and the described display device sent from the display device of vehicle; The identification code of described display device is added in described registration inventory; According to the identification code of described display device, obtained the balance amount information of respective user account after being performed operation of withholing of described vehicle from described cloud server by described server; And described balance amount information is sent to the display device of described vehicle.

A kind of electronic toll method, be applied to the display device in vehicle, described display device comprises storage device and built-in radio-frequency (RF) transceiver, and described storage device have recorded the identification code of described display device, and the method comprises: receive the radiofrequency signal sent from charging device; Send the identification code of registration request and described display device to described charging device, and determine to succeed in registration when receiving the confirmation information from described charging device; And receive the balance amount information of user account of described vehicle from described charging device, and described balance amount information is presented on described display.

A kind of charging device, described charging device is connected with server, described server is connected with cloud server by network, the registration inventory of vehicle is stored in described server, described cloud server stores identifying information and the user account information of many vehicles, and described charging device comprises: storage device; Transceiver, for lasting transmission radiofrequency signal; Processor; And one or more module, described one or more module to be stored in described storage device and to be configured to be performed by described processor, and described one or more module comprises the instruction for performing following steps: the identification code receiving registration request and the described display device sent from the display device of vehicle; The identification code of described display device is added in described registration inventory; According to the identification code of described display device, obtained the balance amount information of respective user account after being performed operation of withholing of described vehicle from described cloud server by described server; And described balance amount information is sent to the display device of described vehicle.A kind of charging device, described charging device is connected with server, described server is connected with cloud server by network, the registration inventory of vehicle is stored in described server, described cloud server stores identifying information and the user account information of many vehicles, described charging device comprises: transceiver, for lasting transmission radiofrequency signal; Processor; And one or more module, described one or more module to be stored in described storage device and to be configured to be performed by described processor, and described one or more module comprises the instruction for performing following steps: the identification code receiving registration request and the described display device sent from the display device of vehicle; The identification code of described display device is added in described registration inventory; According to the identification code of described display device, obtained the balance amount information of respective user account after being performed operation of withholing of described vehicle from described cloud server by described server; And described balance amount information is sent to the display device of described vehicle.

A kind of display device, be installed on vehicle, described display device comprises: radio-frequency (RF) transceiver, for the received RF signal when described display device is in running order; Storage device, for have recorded the identification code of described display device; Display; Processor; And one or more module, described one or more module to be stored in described storage device and to be configured to be performed by described processor, described one or more module comprises the instruction for performing following steps: when described radio-frequency (RF) transceiver receives the radiofrequency signal sent from charging device, send the identification code of registration request and described display device to described charging device, and determine to succeed in registration when receiving the confirmation information from described charging device; And receive the balance amount information of user account of described vehicle from described charging device, and described balance amount information is presented at described display.

A kind of electronic toll method, be applied to the charging device, reader and the server that are connected to each other, described server is connected with cloud server by network, the registration inventory of vehicle is stored in described server, described cloud server stores identifying information and the user account information of many vehicles, and the method comprises: described charging device continues to send radiofrequency signal; Described reader reads the sequence number of this electronic tag from the electronic tag vehicle, and described sequence number is sent to described server; Described sequence number is added in described registration inventory by described server; Described sequence number is sent to described cloud server by described server, and described cloud server operate and returns confirmation extremely described server of withholing performing the corresponding user account of this sequence number to withhold; And described server is sent to described display device by described charging device confirmation of this being withholdd.

A kind of electronic toll method, be applied to the display device in vehicle, described display device comprises storage device, wireless communication module, display, built-in radio-frequency (RF) transceiver, described storage device have recorded the identification code of described display device, and the method comprises: receive the radiofrequency signal sent from charging device; Receive the confirmation of withholing sent from described transceiver; Show this confirmation of withholing on the display; Described wireless communication module and communication device is utilized to set up wireless connections, send the identification code of request and described display device to described communication device, described communication device utilizes internet to send described identification code to described cloud server, and obtain should the balance amount information of user account of identification code from described cloud server, and this balance amount information be sent to described display device; And described display device by described balance amount information display on the display.

Compared to prior art, described electronic charging device and method, can read the identifying information of vehicle and carry out auto deduction operation, and the user account remaining sum after withholing is returned to user, also can according to the automatic value-charging of user's charging request realization to user account.Described electronic charging display device and method, can show user account remaining sum, and identify that user supplements with money and operates and send charging request.

Accompanying drawing explanation

Fig. 1 is the application schematic diagram of the better embodiment of electronic charging device of the present invention and display device.

Fig. 2 is the application schematic diagram of the better embodiment of display device of the present invention.

Fig. 3 is the annexation schematic diagram of the better embodiment of electronic charging device of the present invention and display device.

Fig. 4 is the assembly schematic diagram of the better embodiment of electronic charging device of the present invention.

Fig. 5 is the assembly schematic diagram of the better embodiment of display device of the present invention.

Fig. 6 is the functional block diagram of the better embodiment of E-payment system of the present invention.

Fig. 7 is the process flow diagram of the better embodiment of electronic toll method of the present invention.

Fig. 8 is the registration inventory schematic diagram of electronic toll method of the present invention.

Fig. 9 is the flow for displaying figure of the better embodiment of electronic toll method of the present invention.

Figure 10 is the charging device of the better embodiment of electronic toll method of the present invention and the data interaction schematic diagram of display device.

Figure 11 is the charging request process flow diagram of the better embodiment of electronic toll method of the present invention.

Figure 12 is the recharge procedure figure of the better embodiment of electronic toll method of the present invention.

Main element symbol description

Charging device 1 Storage device 11 Processor 12 Transceiver 13 Display device 2 Storage device 21 Processor 22 Radio-frequency (RF) transceiver 23 Display 24 Power supply 25 Server 3 Storage device 30 Network 4 Cloud server 5 External radio frequency transceiver 6 Support 7 E-payment system 8 Electronic tag 9 To withhold system 80 Receiver module 800 Acquisition module 802 Sending module 804 Display system 82 Registering modules 820 Display module 822 Control module 824 Supplement module with money 826

Following embodiment will further illustrate the present invention in conjunction with above-mentioned accompanying drawing.

Embodiment

As shown in Figure 1, be the application schematic diagram of better embodiment of electronic charging device of the present invention and display device.Described electronic charging device 1(is hereinafter referred to as " charging device 1 ") can be arranged on the support 7 of road, described support 7 can be scaffold, or other any being placed on can in order to support the object of described charging device 1 on road.Described charging device 1 can be computing machine or other possess the electronic installation of data processing function.

Described charging device 1 can carry out being connected (wired or wireless connection) to realize the transmission of information with server 3.In other embodiments, also can not possess server 3, and directly be comprised the function of described server 3 by described charging device 1, please refer to detailed description hereafter.

Described vehicle display device 2 and/or electronic tag (E-tag) 9.Described display device 2 can be the car-mounted electronic device be configured in vehicle, and is realized and the communication of described charging device 1 and data interaction by signal and data transmission.Described display device 2 possesses identification code, and described identification code can be the MAC(Media Access Control of described display device) address or sequence number.

Described electronic tag 9 can be placed in the external frame of vehicle, as other position of windshield place or car body.Sequence number is written with in this electronic tag 9, and the relevant information of the sequence number of this electronic tag and this vehicle (identification code of the display device 2 such as, configured in this vehicle, the vehicle license information of this vehicle user and/or user account information) is associated.

Described charging device 1 is by receiving the identification code of described display device 2 to obtain the relevant information of this vehicle, (such as, the sequence number of the electronic tag of this vehicle, the vehicle license information of this vehicle user and/or user account information etc.), particular content can refer to detailed description hereafter.

As shown in Figure 2, be the application schematic diagram of better embodiment of display device of the present invention.As described above, this electronic tag 9 can be placed in the windshield place of vehicle or other position of car body, this display device 2 can be the car-mounted electronic device be configured in vehicle, and realized and the communication of described charging device 1 and data interaction by signal and data transmission, the function of this display device 2 will hereafter be described in detail.

As shown in Figure 3, be the annexation schematic diagram of better embodiment of electronic charging device of the present invention and display device.Described charging device 1 carries out communication by modes such as networks (such as, internet, the communication networks such as GPRS, 3G/WCDMA) with described display device 2 and is connected.

Described charging device 1 is connected with cloud server 5 by server 3, and described server 3 is connected with described cloud server 5 through network 4.In this better embodiment, described cloud server 5 is for the Various types of data of stored user (car owner), such as, the data such as the sequence number of the electronic tag 9 on the identification code of display device 2 in user's vehicle, user's vehicle, the registered user name of user, account (for carrying out the personal account of road toll), the bank account of association, the vehicle license information of user, the bank account information that is associated are comprised.Described server 3 can be the home server of described charging device 1 present position, comprise storage device 30, this storage device 30 can be used for store various types information, such as, and the various information obtained from vehicle or the various information corresponding to different vehicle obtained from described cloud server.Described server 3 can also be the electronic installations such as computing machine.

It should be noted that, in actual applications, the charging device 1 in the present invention comprises various structures.In the first embodiment, described charging device 1 is connected with above-mentioned server 3, thus described charging device 1 is sent to described server 3 from the identification code that described display device 2 reads, described server 3 obtains the vehicle license information that corresponds to described identification code and/or user account information etc. through network from described cloud server 5 then.

In this second embodiment, described charging device 1 has directly possessed the function of described server 3, and that is, in this embodiment, without the need to described server 3, described charging device 1 directly carries out being connected to realize data interaction with cloud server 5 through network 4.

In the third embodiment, described charging device 1 also can comprise reader further, and this reader is in order to read the sequence number of this electronic tag 9 from described electronic tag 9.Described charging device 1 can obtain the identifying information of the vehicle of the sequence number corresponding to this electronic tag 9 and/or user account information etc. from described cloud server 5 according to the sequence number of this electronic tag 9.It should be noted that, described reader both can be built in described charging device 1, also can be external in described charging device 1.Further, in this embodiment, described charging device 1 both can be connected with described server 3, also directly can possess the function of described server 3, and not need to connect this server 3 again.

Utilize above-mentioned different embodiment, described charging device 1 realizes the automatic charging of road by the connection with described cloud server 5 with the various information obtaining user and obtains the balance amount information of user account.

In this better embodiment, E-payment system 8(is as shown in Figure 6) comprise withhold subsystem 80 and display subsystem 82.Described subsystem 80 of withholing can be applicable in described charging device 1, and described display subsystem 82 can be applicable in described display device 2.

Possess the charging device 1 of subsystem 80 of withholing for reading the identification code of described display device 2 from the display device 2 through vehicle, thus realize automatically deducting fees to this vehicle.The display device 2 possessing display subsystem 82 is connected with the communication of described charging device 1 for setting up, transmit the identification code of described display device to described charging device 1, and carry out withholing successfully at described charging device 1, the information such as the remaining sum in corresponding user account are shown.

Described display device 2 can be connected with an external radio frequency transceiver 6, described external radio frequency transceiver 6 inessential assembly, hereafter will be described in various embodiments.In order to save electrical source consumption, described external radio-frequency (RF) transceiver can be frequency modulation (FM, Frequency Modulation) receiver.

As shown in Figure 4, be the assembly schematic diagram of better embodiment of electronic charging device of the present invention.Described charging device 1 comprises storage device 11, processor 12 and transceiver 13 further.Described processor 12 for subsystem 80 and all kinds of softwares installed in described charging device 1 of withholing described in performing, such as operating system etc.Described storage device 11 can be hard disk, or the memory card of other type or storage facilities.Described storage device 11 for store various types data, such as, vehicle identification information, utilize described in withhold subsystem 80 set, receive, the data of process.

Described subsystem 80 of withholing comprises multiple module (module alleged by the present invention has been program segment or the instruction of a specific function), and the associated description wherein for module can refer to illustrating for Fig. 6.It should be noted that, multiple modules of described subsystem 80 of withholing to be stored in described storage device 11 and to be configured to be performed by corresponding processor 12.

As shown in Figure 5, be the assembly schematic diagram of better embodiment of display device of the present invention.Described display device 2 comprises storage device 21, processor 22, radio-frequency (RF) transceiver 23, display 24 and power supply 25 further.Described processor 22 such as, for performing described display subsystem 82 and all kinds of softwares of installation in described display device 2, operating system etc.Described storage device 21 can be the internal memory of described display device 2, or the memory card of other type or storage facilities.Such as, described storage device 21 can be flash memory.Described storage device 21 for store various types data, such as, the identification code of described display device 2, utilize described display subsystem 82 set, receive, the data of process.

Described display subsystem 82 comprises multiple module, and the associated description wherein for module can refer to illustrating for Fig. 6.It should be noted that, the multiple modules in described display subsystem 82 to be stored in described storage device 21 and to be configured to be performed by corresponding processor 22.

Described radio-frequency (RF) transceiver 23 for receiving and sending radiofrequency signal, to realize the Signal transmissions between described display device 2 and charging device 1.In various embodiments, described radio-frequency (RF) transceiver 23 can possess with the external radio frequency transceiver 6 shown in Fig. 2 simultaneously, also only can possess one of them, hereafter will specifically be introduced.

The various information that described display 24 receives from described charging device 1 for showing described display device 2, comprises the remaining sum of user account, information etc. of withholing.In this better embodiment, described is non-volatile (Non-volatile) display, after this display 24 shows the information of reception, described display device 2 can enter dormant state, and the information of display can't disappear along with the dormancy of described display device 2 on this display 24, that is, user can see the information of display on this display 24 at any time.

Described power supply 25 can be battery, portable power source or other can provide the device of power supply for described display device 2.

As shown in Figure 6, be the functional block diagram of better embodiment of E-payment system of the present invention.As described above, in the present embodiment, owing to relating to the data interaction between multiple device, such as, data interaction between one or more charging device 1 and multiple display device 2, therefore, described E-payment system 8 can comprise two subsystems: withhold subsystem 80 and display subsystem 82.It should be noted that, withhold subsystem 80 and display subsystem 82 can be two points other, the complete system of isolated operation, that is, withhold subsystem 80 and display subsystem 82 can independent operatings, but not are limited in described E-payment system 8.

Described subsystem 80 of withholing comprises multiple functional module, respectively: receiver module 800, acquisition module 802 and sending module 804.The concrete function of each module in described subsystem 80 of withholing is described below with reference to Fig. 6, Fig. 7.

Described display subsystem 82 comprises multiple functional module, respectively: Registering modules 820, display module 822, control module 824 and supplement module 826 with money.The concrete function of each module in described display subsystem 82 is described below with reference to Fig. 9, Figure 10.

The above-mentioned modules of withholing in subsystem 80 or display subsystem 82 is for illustrating, in practical application, the function of above-mentioned modules can carry out merging or disassemble into one or more module.As described above, the module alleged by the present invention has been the program segment of a specific function, comprises the instruction for performing each step in Fig. 6, Fig. 7, Fig. 9, Figure 10.Described one or more modules to be stored in respectively in described storage device 11,21 and to be configured to be performed by corresponding processor 12,22.As shown in Figure 7, be the process flow diagram of better embodiment of electronic toll method of the present invention.This method is applied to described charging device 1.

First, step S2, described transceiver 13 continues to send radiofrequency signal, and described radiofrequency signal is connected in order to set up communication with the display device 2 in vehicle.In this better embodiment, the radiofrequency signal that described transceiver 13 sends is that described display device 2 is for identifying the signal needing to initiate registration to described charging device 1, in addition, in order to save the electrical source consumption of described display device 2, described display device 2 can be in dormant state when not arriving the certain distance of described charging device 1, and described radiofrequency signal can also be wake the signal of described display device 2 up.

Reference as shown in Figure 1, because the reception of radiofrequency signal and transmission possess certain distance (dotted line as shown in Figure 1, suppose that the scope between this dotted line to described support 7 can make the display device 2 in vehicle can receive this radiofrequency signal), therefore, when described vehicle arrives this scope, described radiofrequency signal can be received.

In the radio communication that the radiofrequency signal described in utilizing is carried out, different frequencies can be used, such as: 125KHz, 38.4MHz, 915MHz equifrequent.Be not limited thereto in practical application.

Step S4, described receiver module 800 receives the identification code of registration request and the described display device 2 sent from the display device 2 vehicle through described transceiver 13.Described receiver module 800 also can pass through described transceiver 13 send confirmation to described display device 2 with inform register described in user successful.Described confirmation can be ACK information.

The identification code of described display device 2 can be the MAC(Media Access Control of the display device 2 in each vehicle) address, or the sequence number of described display device 2 (serial number).Described MAC Address is unique.In addition, in other embodiments, the vehicle license information etc. of described user can also be comprised in the storage device 21 of described display device 2 further.

Step S6, the identification code of described display device 2 is added in registration inventory (as shown in Figure 8) by described receiver module 800.In this better embodiment, can divide two kinds of modes: (1) described charging device 1 is connected with described server 3, stores registration inventory, described registration inventory is for recording the identification code of the display device 2 in registered vehicle; (2) if do not possess described server 3, and the function of described server 3 is directly comprised by described charging device 1, can store registration inventory in advance in storage device 11 then in described charging device 1, described registration inventory is for recording the identification code of the display device 2 in registered vehicle.By writing the identification code of read display device 2 in described registration inventory, can realize registering described vehicle in described charging device 1 or described server 3.

In addition, in other embodiments, when described receiver module 800 receives the identification code of described display device 2, first can judge whether comprised this identification code in described registration inventory.When having comprised this identification code in described registration inventory, ignore described registration request and identification code, and process ends.Or when described registration inventory does not comprise this identification code, described receiver module 800 performs described step S6.

Step S8, described acquisition module 802 is according to the identification code of described display device 2, described server 3 is sent information to through described transceiver 13, ask described server 3 from described cloud server 5, obtain the balance amount information of respective user account after being performed operation of withholing of described vehicle, and/or obtain the user account information and vehicle license information that correspond to described vehicle.In addition, in other embodiments, if do not possess described server 3, and the function of described server 3 is directly comprised by described charging device 1, then described acquisition module 802 is according to the identification code of described display device 2, cloud server 5 is sent information to through described transceiver 13, and from described cloud server 5, directly obtain the balance amount information of respective user account after being performed operation of withholing of described vehicle through network 4, and/or obtain the user account information and vehicle license information that correspond to described vehicle.

As described above, the identifying information of many vehicles is stored (such as in described cloud server 5, the sequence number of electronic tag 9, the vehicle license information etc. of user on the MAC Address of the display device 2 in multiple different vehicle or sequence number, multiple different vehicle), corresponding user account information (such as, the remaining sum of user name, user account, the phone of user, mailbox, address etc.) and the link a bank account information (such as, Bank Account Number) etc. corresponding with each user account.

Described cloud server 5 is after receiving the identification code of display device 2 of described vehicle, identifying information and the user account information of corresponding vehicle is determined according to described identification code, fees policy according to presetting performs operation of withholing from the respective user account of described vehicle, and the identifying information of execution the withholdd balance amount information after operating and/or vehicle corresponding to this identification code and user account information are sent to described server 3 or charging device 1.

Described fees policy can be distinct according to the difference in each place of charging, described cloud server 5 identifiable design transmits the server 3 of the identification code of this display device 2 or the corresponding identification code of charging device 1 to determine charge place, place, and then determines fees policy.

Step S10, described server 3 records described balance amount information, the identifying information of described vehicle and user account information in described registration inventory, and further described balance amount information being sent to described charging device 1, the acquisition module 802 in described charging device 1 receives the balance amount information transmitted by this server 3.

In addition, in other embodiments, as described above, described charging device 1 directly can comprise all functions of described server 3, acquisition module 802 then in this charging device 1 can directly after obtaining above-mentioned information from described cloud server 5, records the balance amount information of respective user account after performing operation of withholing of described vehicle, the identifying information of described vehicle and user account information in described registration inventory.

With reference to registration inventory schematic diagram as shown in Figure 8, described user account information can comprise user name, the remaining sum of user account, the information such as phone, mailbox, address of user.It should be noted that, described user account can be the account that user opens for road toll, and the remaining sum in account can be used for paying road toll.

Step S12, described balance amount information is sent to the display device 2 of described vehicle by described sending module 804, thus shows described balance amount information in described display device 2.

After step S12 completes, the object that the required balance amount information realized of present embodiment transmits can complete, that is, follow-up step S14 to S16 can perform in other embodiments.

Step S14, described receiver module 800 receives the solution log-on message sent from the display device 2 of described vehicle through described transceiver 13.In the present embodiment, described solution log-on message can be Word message, also can be ACK information.Such as, after described display device 2 receives balance amount information, can reply ACK information to described charging device 1, then described receiver module 800, after receiving described ACK information, can carry out solution registration operation to described vehicle.

Step S16, described receiver module 800 by delete in described registration inventory described display device 2 identification code and to should user out of Memory (such as, the accounts information of this user and vehicle license information etc.) perform and operation is registered to the solution of described vehicle, then, process ends.

In addition, in other embodiments, described vehicle is equipped with further electronic tag (E-tag) 9(as shown in Figure 1, the external frame of vehicle can be placed in, as windshield place), the sequence number of this electronic tag 9 can be write in this electronic tag 9.Reader is further comprised, in order to read the sequence number of this electronic tag 9 from described electronic tag 9 in described charging device 1.Described reader both can be built in described charging device 1, also can be external in described charging device 1.Aforementioned external, can be wired or wireless connection.In addition, described electronic tag 9 can be RFID label tag, and described reader can be RFID reader, is not limited thereto in practical application.

In this embodiment, step S2 mentioned above still needs to perform and is connected to set up communication between described charging device 1 with described display device 2.That is, described transceiver 13 continues to send radiofrequency signal, thus sets up communication with the display device 2 in vehicle and be connected, or in order to save the electrical source consumption of described display device 2, described radiofrequency signal is for waking the signal of described display device 2 up.Described reader reads the sequence number of this electronic tag 9 from described electronic tag 9, if described charging device 1 is be connected with described server 3, then the sequence number system of the electronic tag 9 of this reading is sent to described server 3; If when described charging device 1 possesses the function of described server 3 (that is, under the condition not comprising described server 3), the sequence number of the electronic tag 9 of this reading is then directly sent to described charging device 1 by this reader.Then, continue to perform above-mentioned steps S6-S16, difference is that the identification code by the described display device 2 received from described display device 2 in the flow process of above-mentioned Fig. 7 is replaced by the sequence number of electronic tag 9 herein.Registration request still can be sent by described display device 2, or in other embodiments, described server 3 or described charging device 1 are when receiving described sequence number from described reader, then be considered as proposing a registration request, and continue to perform register flow path.Notice, can store sequence number and the out of Memory as described above of the electronic tag in the identification code comprising above-mentioned described display device 2 and each vehicle in described cloud server 5.

Further, in other embodiments, because the identification code of described display device 2 and the sequence number of described electronic tag 9 also can be received simultaneously or successively, in this embodiment, in order to avoid repeated registration, a flow process in following two embodiments can be performed:

(1) when described charging device 1 be connected with described server 3 time, described server 3, when receiving described sequence number from described reader, can judge whether comprised this sequence number in described registration inventory.When having comprised this sequence number in described registration inventory, described server 3 ignores described sequence number, no longer carries out repeated registration, and process ends.When described registration inventory does not comprise this sequence number, described sequence number is added in described registration inventory by described server 3.Further, described server 3 obtains the balance amount information of respective user account after being performed operation of withholing of described vehicle from described cloud server 5 according to described sequence number, and record described balance amount information in described registration inventory.Described balance amount information is sent to described charging device 1 by described server 3, sends the display device 2 of described balance amount information to described vehicle by the sending module 804 of described charging device 1.

(2) when described charging device 1 directly possesses the function of described server 3, namely under not comprising the condition of server 3, described reader reads described sequence number from described electronic tag 9, and described sequence number is sent to described charging device 1, the acquisition module 802 of described charging device 1 judges whether comprised this sequence number in described registration inventory.When having comprised this sequence number in described registration inventory, described acquisition module 802 ignores described sequence number, and process ends.When described registration inventory does not comprise this sequence number, described sequence number is added in described registration inventory by described acquisition module 802, and obtain the balance amount information of respective user account after being performed operation of withholing of described vehicle from described cloud server 5 according to described sequence number, in described registration inventory, record described balance amount information.Described balance amount information is sent to the display device 2 of described vehicle by described sending module 804.

It should be noted that, in order to realize avoiding repeated registration, described server 3 or described acquisition module 802 are when obtaining corresponding vehicle identification information and the information such as user account information, account balance from described cloud server 5, also need to obtain the corresponding identification code of display device 2 and the sequence number of electronic tag 9 and be recorded to described registration inventory, thus being convenient to described server 3 and acquisition module 802 goes perform above-mentioned inquiry and judge flow process

The sequence number of described display device 2 or the sequence number of described electronic tag can be give its unique sequence number by corresponding production firm when producing described display device 2 or electronic tag.

As shown in Figure 9, be the flow for displaying figure of better embodiment of electronic toll method of the present invention.This method is executed in described display device 2.

Step S30, described radio-frequency (RF) transceiver 23 receives the radiofrequency signal sent from described charging device 1 when described display device 2 is in running order.

In this better embodiment, in order to save the electrical source consumption of described display device 2, described display device 2 is in dormant state usually, and wakes the display of the remaining sum after charging where necessary up, can with reference to two embodiments of following citing.

In first embodiment, described display device 2 only comprises a built-in radio-frequency (RF) transceiver 23, and described display device 2 is controlled as and switches between dormant state and duty according to preset time period (such as, 5 seconds, 10 seconds at equal intervals).When described display device 2 in working order and when arriving with the certain distance of described charging device 1, described radio-frequency (RF) transceiver 23 can receive the radiofrequency signal from described charging device 1 transmission.In the present embodiment, when described radio-frequency (RF) transceiver 23 receives radiofrequency signal, namely described display device 2 continues in working order, until receive the instruction of dormancy, just again can enter dormant state, and continue to switch between dormant state and duty.

In the second embodiment, described display device 2 is connected to external radio frequency transceiver 6, described display device 2 is entered dormant state by control, until described external radio frequency transceiver 6 receives the radiofrequency signal sent from described charging device 1, wake described display device 2 up by described external radio frequency transceiver 6 and enter duty to make described display device 2.

After described display device 2 receives radiofrequency signal, in step S32, described Registering modules 820 sends the identification code of registration request and described display device 2 to described charging device 1 through described transceiver 13, and determines to succeed in registration when receiving the confirmation information from described charging device 1.

The multiple send mode of the identification code of described display device 2 can with reference to illustrating of carrying out at the step S4 for Fig. 7 above.

Step S34, described display module 822 receives the balance amount information of the user account of described vehicle from described charging device 1.

Step S36, described balance amount information is presented on described display 24 by described display module 822.

It should be noted that, after step S36 is complete, can realize the object that the present invention shows user account remaining sum in the display device 2 of vehicle, namely, step S38 to S40 below can continue to perform, to realize another object of the present invention: the power supply saving described display device 2 in another embodiment.

Step S38, described Registering modules 820 separates log-on message to described charging device 1 to ask to separate registration by sending.As illustrating above for Fig. 6, described solution log-on message can also be the ACK information responding the balance amount information received.

Step S40, described control module 824 controls described display device 2 and enters dormant state, then, process ends.As described above, described display 24 is non-volatile displays, and therefore, after described display device 2 enters dormant state, described balance amount information also can continue to be presented on described display 24.

In addition, in other embodiments, described display device 2 comprises wireless communication module (such as further, WIFI module, bluetooth module etc.), and this wireless communication module can with the communication device of user (such as, mobile phone, intelligent mobile phone, flat computer, PDA) set up wireless connections, such as, WIFI connection, bluetooth connection etc.In the present embodiment, it is that only to comprise transmission-receiving function be main that described charging device 1 can be reduced to, such as, transceiver 13 in Fig. 4.

Specifically, in this embodiment, described charging device 1 continues to send radiofrequency signal, and described radiofrequency signal is in order to the display device 2 waken up in vehicle and set up communication and connect.Described charging device 1 is also connected with reader, this reader reads the sequence number of this electronic tag 9 from described electronic tag 9, and this sequence number is sent to the server 3 be connected with described charging device 1, the sequence number of this reception is added in registration inventory by described server 3, and obtain the vehicle identification information corresponding with this sequence number according to this sequence number from described cloud server 5, user account information, user account be performed the data such as the balance amount information after operating of withholing.After described server 3 receives above-mentioned information, send confirmation of withholing to described display device 2 via described charging device 1.

Described display device 2 shows this confirmation of withholing after receiving this confirmation of withholing on described display 24, and confirmation of this being withholdd is deleted from described storage device 21, then returns ACK information to described charging device 1 and carries out solution registration.

Further, described display device 2 utilizes the communication device of described wireless communication module and user to set up wireless connections, send the identification code of request and described display device 2 to described communication device, then, described communication device utilizes internet to send described identification code to described cloud server 5, and obtains should the balance amount information of user account of identification code from described cloud server 5.Described balance amount information is sent to described display device 2 by described communication device again, and described balance amount information is presented on described display 24 by described display device 2 again.

It should be noted that, described display device 2 can pass through described wireless communication module and obtains should the balance amount information of user by described communication device at any time, and not by the restriction of region location.

As shown in Figure 10, be the charging device 1 of better embodiment of electronic toll method of the present invention and the data interaction schematic diagram of display device 2.The partial data that Figure 10 combines in Fig. 7, Fig. 9 between charging device 1 and display device 2 is mutual, and the concrete step content performed can with reference to the detailed description in figure 7, Fig. 9.

As shown in figure 11, be the charging request process flow diagram of better embodiment of electronic toll method of the present invention.This method is executed in described display device 2.Described display device 2 is configured with further and one or morely supplements button with money, this supplements button with money can correspond to the amount of money preset, such as 100 New Taiwan Currencies, also by button is supplemented with money to this number of clicks to determine the amount of money of superposition, such as click and supplement button indication for five times with money and need to supplement 500 New Taiwan Currencies with money.

Step S50, described supplement with money module 826 detect described in supplement the clicked signal of button with money after, determine corresponding recharge amount.

Step S52, described in supplement module 826 with money and generate the charging request that comprises recharge amount, and described charging request to be stored in the storage device 21 of described display device 2.

If make the volume of described display device 2 little as much as possible, described display device 2 only possess one supplement button with money time, difference by mode of operation realizes the determination to recharge amount, such as, short pressing describedly supplements button with money (such as, within 2 seconds) represent the input of recharge amount, the short superposition by repeatedly representing recharge amount continuously, longly determine current recharge amount by described button indication of supplementing with money.Described module 826 of supplementing with money can generate described charging request receiving long pressing after this supplements the signal of button with money.

Step S54, described in supplement module 826 with money and send described charging request to described charging device 1.

Described charging request can be sent to described charging device 1 with described registration request simultaneously, or after described display device 2 succeeds in registration, sends described charging request again to described charging device 1.Determine to succeed in registration when described Registering modules 820 receives the confirmation information from described charging device 1.

Step S56, described in supplement module 826 with money and receive successful recharging information from described charging device 1.Described successful recharging information comprises the prompting (such as, " confirmed ") of successful recharging, or comprises the balance amount information of renewal of user account corresponding to described vehicle more further.

Step S58, described display module 822 shows the information of described successful recharging on described display 24.In addition, in other embodiments, described display module 822 also directly can show the balance amount information of described renewal on described display 24.

Step S60, described in supplement module 826 with money delete this charging request from the storage device 21 of described display device 2, then, process ends.

It should be noted that, in the present embodiment, in order to prevent maloperation, when having stored a charging request in the storage device 21 of described display device 2, supplementing button described in ignoring with money by the signal again clicked.That is, described storage device 21 can only store single charging request.In addition, in other embodiments, described storage device 21 also can store multiple charging request.

As shown in figure 12, be the recharge procedure figure of better embodiment of electronic toll method of the present invention.This method is executed in described charging device 1.

Step S70, described receiver module 800 receives charging request from the display device 2 of described vehicle.

Step S72, described charging request is sent to described cloud server 5 via described server 3 by described acquisition module 802, or is directly sent to described cloud server 5 from described charging device 1.

As described above, described cloud server 5 also stores the bank account information be associated with every vehicle identification information, described cloud server 5 according to described charging request withhold from the bank account of the association of described vehicle to the user account of described correspondence with perform supplement operation with money.

Step S74, described cloud server 5 to complete according to the bank account of the association of described vehicle user account corresponding to described vehicle supplement operation with money after, described acquisition module 802 by described server 3 from described cloud server 5 receive supplement with money operated after the balance amount information of renewal of this user account.In addition, described acquisition module 802 also directly can receive the balance amount information of described renewal from described cloud server 5.

Step S76, described acquisition module 802 upgrades the balance amount information of the user account that vehicle is corresponding described in described registration inventory.

Step S78, described sending module 804 sends the display device 2 of successful recharging information to described vehicle, then, process ends.Described successful recharging information comprises the prompting of successful recharging, or comprises the balance amount information of described renewal further again.

Above embodiment is only in order to illustrate technical scheme of the present invention and unrestricted, although with reference to above better embodiment to invention has been detailed description, those of ordinary skill in the art should be appreciated that and can modify to technical scheme of the present invention or be equal to the spirit and scope of replacing and should not depart from technical solution of the present invention.

Claims (35)

1. an electronic toll method, be applied in charging device, described charging device is connected with server, described server is connected with cloud server by network, it is characterized in that, store the registration inventory of vehicle in described server, described cloud server stores identifying information and the user account information of many vehicles, and the method comprises:
Continue to send radiofrequency signal;
Receive the identification code of registration request and the described display device sent from the display device of vehicle;
The identification code of described display device is added in described registration inventory;
According to the identification code of described display device, obtained the balance amount information of respective user account after being performed operation of withholing of described vehicle from described cloud server by described server; And
Described balance amount information is sent to the display device of described vehicle.
2. electronic toll method as claimed in claim 1, it is characterized in that, after the identification code of described display device being added in described registration inventory, the method also comprises:
The identification code of described display device is sent to described cloud server by described server, described cloud server determines identifying information and the user account information of corresponding vehicle according to the identification code of described display device, fees policy according to presetting performs operation of withholing from the respective user account of described vehicle, and the balance amount information after performing operation of withholing is sent to described server;
Described server records described balance amount information in described registration inventory; And
Described balance amount information is sent to described charging device by described server.
3. electronic toll method as claimed in claim 1, it is characterized in that, the method also comprises:
Described server obtains identifying information and the user account information of described vehicle from described cloud server, the identifying information of described vehicle and user account information is added in described registration inventory.
4. electronic toll method as claimed in claim 1, is characterized in that, before the described step identification code of described display device be added in described registration inventory, the method also comprises:
When receiving the identification code of described display device, judge whether comprised this identification code in described registration inventory;
When having comprised this identification code in described registration inventory, described registration request and identification code are ignored; Or
When described registration inventory does not comprise this identification code, the step identification code of described display device is added in described registration inventory described in execution.
5. electronic toll method as claimed in claim 1, it is characterized in that, after the display device described balance amount information being sent to described vehicle, the method also comprises:
Receive the solution log-on message sent from the display device of described vehicle; And
The solution registration operation to described vehicle is performed by the information that the identification code and this identification code of deleting described display device in described registration inventory are corresponding.
6. electronic toll method as claimed in claim 1, it is characterized in that, the built-in or external reader of described charging device, described vehicle further provided with electronic tag, and write the sequence number of this electronic tag in described electronic tag, the method also comprises:
Described reader reads described sequence number from described electronic tag, and described sequence number is sent to described server;
Described server, when receiving described sequence number from described reader, judges whether comprised this sequence number in described registration inventory;
When having comprised this sequence number in described registration inventory, ignore described sequence number, and process ends; Or
When described registration inventory does not comprise this sequence number, described sequence number is added in described registration inventory by described server;
Described server obtains the balance amount information of respective user account after being performed operation of withholing of described vehicle from described cloud server according to described sequence number, and record described balance amount information in described registration inventory; And
Described balance amount information is sent to described charging device by described server, sends the display device of described balance amount information to described vehicle by described charging device.
7. the electronic toll method as described in claim 1 or 6, it is characterized in that, vehicle identification information in described registration inventory comprises the identification code of the display device in each vehicle, the sequence number of the electronic tag of each vehicle, the vehicle license information of each user, and described identification code is the MAC(Media Access Control of described display device) address or sequence number.
8. the electronic toll method according to any one of claim 1 to 7, is characterized in that, described cloud server also stores the bank account information be associated with every vehicle identification information, and the method also comprises:
Charging request is received from the display device of described vehicle;
Described charging request is sent to described cloud server via described server;
Described cloud server to complete according to the bank account of the association of described vehicle user account corresponding to described vehicle supplement operation with money after, by described server from described cloud server receive supplement with money operated after the balance amount information of renewal of this user account;
The balance amount information of described renewal is recorded in described registration inventory; And
Send the display device of successful recharging information to described vehicle.
9. an electronic toll method, is applied to the display device in vehicle, it is characterized in that, described display device comprises storage device and built-in radio-frequency (RF) transceiver, and described storage device have recorded the identification code of described display device, and the method comprises:
Receive the radiofrequency signal sent from charging device;
Send the identification code of registration request and described display device to described charging device, and determine to succeed in registration when receiving the confirmation information from described charging device; And
Receive the balance amount information of the user account of described vehicle from described charging device, and described balance amount information is presented on described display.
10. electronic toll method as claimed in claim 9, it is characterized in that, the method also comprises:
Log-on message is separated to described charging device to ask to separate registration by sending; And
Control described display device and enter dormant state.
11. electronic toll methods as claimed in claim 9, it is characterized in that, described display device connects an external radio frequency transceiver, and described reception comprises from the step of the radiofrequency signal that charging device sends:
Control described display device and be in dormant state; And
When described external radio frequency transceivers is to the radiofrequency signal sent from described charging device, described external radio frequency transceiver wakes described display device up and enters duty to make described display device.
12. electronic toll methods as claimed in claim 9, it is characterized in that, described reception also comprises from the step of the radiofrequency signal that charging device sends:
Control described display device according to preset time period switches between dormant state and duty, described display device in working order time can accept the radiofrequency signal that sends from described charging device.
13. electronic toll methods according to any one of claim 9 to 12, is characterized in that, described display device are configured with one or morely supplement button with money, and the method also comprises:
After supplementing the clicked signal of button described in detecting with money, determine corresponding recharge amount;
Generate the charging request that comprises recharge amount, and described charging request is stored in the storage device of described display device;
Send described charging request to described charging device; And
Receive successful recharging information from described charging device, show described successful recharging information on said display means, and delete this charging request from the content of described display device.
14. electronic toll methods as claimed in claim 13, it is characterized in that, described charging request and described registration request are sent to described charging device simultaneously, or after described display device succeeds in registration, send described charging request to described charging device.
15. 1 kinds of charging devices, described charging device is connected with server, described server is connected with cloud server by network, it is characterized in that, the registration inventory of vehicle is stored in described server, described cloud server stores identifying information and the user account information of many vehicles, and described charging device comprises:
Storage device;
Transceiver, for lasting transmission radiofrequency signal;
Processor; And
One or more module, described one or more module to be stored in described storage device and to be configured to be performed by described processor, and described one or more module comprises the instruction for performing following steps:
Receive the identification code of registration request and the described display device sent from the display device of vehicle;
The identification code of described display device is added in described registration inventory;
According to the identification code of described display device, obtained the balance amount information of respective user account after being performed operation of withholing of described vehicle from described cloud server by described server; And
Described balance amount information is sent to the display device of described vehicle.
16. charging devices as claimed in claim 15, is characterized in that, after the identification code of described display device being added in described registration inventory:
The identification code of described display device is sent to described cloud server by described server, described cloud server determines identifying information and the user account information of corresponding vehicle according to the identification code of described display device, fees policy according to presetting performs operation of withholing from the respective user account of described vehicle, and the balance amount information after performing operation of withholing is sent to described server;
Described server records described balance amount information in described registration inventory; And
Described balance amount information is sent to described charging device by described server.
17. charging devices as claimed in claim 15, it is characterized in that, described server obtains identifying information and the user account information of described vehicle from described cloud server, the identifying information of described vehicle and user account information is added in described registration inventory.
18. charging devices as claimed in claim 15, is characterized in that, before the identification code of described display device is added into described registration inventory, described one or more module also comprises the instruction for performing following steps:
When receiving the identification code of described display device, judge whether comprised this identification code in described registration inventory;
When having comprised this identification code in described registration inventory, described registration request and identification code are ignored; Or
When described registration inventory does not comprise this identification code, the step identification code of described display device is added in described registration inventory described in execution.
19. charging devices as claimed in claim 15, is characterized in that, after the display device described balance amount information being sent to described vehicle, described one or more module also comprises the instruction for performing following steps:
Receive the solution log-on message sent from the display device of described vehicle; And
The solution registration operation to described vehicle is performed by the information that the identification code and this identification code of deleting described display device in described registration inventory are corresponding.
20. charging devices as claimed in claim 15, it is characterized in that, built-in or the external reader of described charging device, described vehicle further provided with electronic tag, the sequence number of this electronic tag is write in described electronic tag, described reader reads described sequence number from described electronic tag, and described sequence number is sent to described server;
Described server, when receiving described sequence number from described reader, judges whether comprised this sequence number in described registration inventory;
When having comprised this sequence number in described registration inventory, ignore described sequence number, and process ends; Or
When described registration inventory does not comprise this sequence number, described sequence number is added in described registration inventory by described server;
Described server obtains the balance amount information of respective user account after being performed operation of withholing of described vehicle from described cloud server according to described sequence number, and record described balance amount information in described registration inventory; And
Described balance amount information is sent to described charging device by described server, sends the display device of described balance amount information to described vehicle by described charging device.
21. charging devices as described in claim 15 or 20, it is characterized in that, vehicle identification information in described registration inventory comprises the identification code of the display device in each vehicle, the sequence number of the electronic tag of each vehicle, the vehicle license information of each user, and described identification code is the MAC(Media Access Control of described display device) address or sequence number.
22. charging devices according to any one of claim 15 to 20, it is characterized in that, described cloud server also stores the bank account information be associated with every vehicle identification information, and described one or more module also comprises the instruction for performing following steps:
Charging request is received from the display device of described vehicle;
Described charging request is sent to described cloud server via described server;
Described cloud server to complete according to the bank account of the association of described vehicle user account corresponding to described vehicle supplement operation with money after, by described server from described cloud server receive supplement with money operated after the balance amount information of renewal of this user account;
The balance amount information of described renewal is recorded in described registration inventory; And
Send the display device of successful recharging information to described vehicle.
23. 1 kinds of display device, are installed on vehicle, it is characterized in that, described display device comprises:
Radio-frequency (RF) transceiver, for the received RF signal when described display device is in running order;
Storage device, for have recorded the identification code of described display device;
Display;
Processor; And
One or more module, described one or more module to be stored in described storage device and to be configured to be performed by described processor, and described one or more module comprises the instruction for performing following steps:
When described radio-frequency (RF) transceiver receives the radiofrequency signal sent from charging device, send the identification code of registration request and described display device to described charging device, and determine to succeed in registration when receiving the confirmation information from described charging device; And
Receive the balance amount information of the user account of described vehicle from described charging device, and described balance amount information is presented at described display.
24. display device as claimed in claim 23, it is characterized in that, described one or more module also comprises the instruction for performing following steps:
Log-on message is separated to described charging device to ask to separate registration by sending; And
Control described display device and enter dormant state.
25. display device as claimed in claim 23, it is characterized in that, the init state of described display device is dormant state, described display device connects an external radio frequency transceiver, when described external radio frequency transceivers is to the radiofrequency signal sent from described charging device, described external radio frequency transceiver wakes described display device up and enters duty to make described display device.
26. display device as claimed in claim 25, it is characterized in that, described one or more module also comprises the instruction for performing following steps:
Control described display device according to preset time period switches between dormant state and duty, described display device in working order time can accept the radiofrequency signal that sends from described charging device.
27. display device according to any one of claim 23 to 26, is characterized in that, described display device are configured with one or morely supplement button with money, and described one or more module also comprises the instruction for performing following steps:
After supplementing the clicked signal of button described in detecting with money, determine corresponding recharge amount;
Generate the charging request that comprises recharge amount, and described charging request is stored in the storage device of described display device;
Send described charging request to described charging device; And
Receive successful recharging information from described charging device, show described successful recharging information on said display means, and delete this charging request from the content of described display device.
28. display device as claimed in claim 27, it is characterized in that, described charging request and described registration request are sent to described charging device simultaneously, or after described display device succeeds in registration, send described charging request to described charging device.
29. display device according to any one of claim 23 to 26, it is characterized in that, described display is non-volatile (Non-volatile) display.
30. display device according to any one of claim 23 to 26, it is characterized in that, the vehicle identification information of described vehicle is also stored in described storage device, comprise the identification code of described display device, described identification code is the MAC(Media Access Control of described display device) address or sequence number.
31. 1 kinds of electronic toll methods, be applied to the charging device, reader and the server that are connected to each other, described server is connected with cloud server by network, it is characterized in that, the registration inventory of vehicle is stored in described server, described cloud server stores identifying information and the user account information of many vehicles, and the method comprises:
Described charging device continues to send radiofrequency signal;
Described reader reads the sequence number of this electronic tag from the electronic tag vehicle, and described sequence number is sent to described server;
Described sequence number is added in described registration inventory by described server;
Described sequence number is sent to described cloud server by described server, and described cloud server operate and returns confirmation extremely described server of withholing performing the corresponding user account of this sequence number to withhold; And
Described server is sent to described display device by described charging device confirmation of this being withholdd.
32. 1 kinds of electronic toll methods, be applied to the display device in vehicle, it is characterized in that, described display device comprises storage device, wireless communication module, display, built-in radio-frequency (RF) transceiver, described storage device have recorded the identification code of described display device, and the method comprises:
Receive the radiofrequency signal sent from charging device;
Receive the confirmation of withholing sent from described transceiver;
Show this confirmation of withholing on the display;
Described wireless communication module and communication device is utilized to set up wireless connections, send the identification code of request and described display device to described communication device, described communication device utilizes internet to send described identification code to described cloud server, and obtain should the balance amount information of user account of identification code from described cloud server, and this balance amount information be sent to described display device; And
Described display device by described balance amount information display on the display.
33. electronic toll methods as claimed in claim 32, is characterized in that, after described display device is by described balance amount information display on the display, the method also comprises:
Control described display device and enter dormant state.
34. electronic toll methods as claimed in claim 32, it is characterized in that, described display device connects an external radio frequency transceiver, and described reception comprises from the step of the radiofrequency signal that charging device sends:
Control described display device and be in dormant state; And
When described external radio frequency transceivers is to the radiofrequency signal sent from described charging device, described external radio frequency transceiver wakes described display device up and enters duty to make described display device.
35. electronic toll methods as claimed in claim 32, it is characterized in that, described reception also comprises from the step of the radiofrequency signal that charging device sends:
Control described display device according to preset time period switches between dormant state and duty, described display device in working order time can accept the radiofrequency signal that sends from described charging device.
CN201310630638.9A 2013-12-02 2013-12-02 Electronic fee collection device, display device, fee collection method and display method CN104680593A (en)

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Application publication date: 20150603